一种低成本实现W波段折叠波导行波管的方法

Rajiv Panigrahi, K. Vinoy, M. J. Thomas
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引用次数: 2

摘要

采用光化学蚀刻的方法,设计和制造了蛇形折叠波导行波管,将薄铜片叠置在跳模腔中,实现了带法兰和束孔的完整电路。利用HFSS和CST粒子分别在细胞模拟中研究了冷参数和束波相互作用。95ghz频率下,60mm长电路的输入功率为100mW,峰值功率为10W。该电路在整个w波段(87 - 96 GHz)达到35 dB的饱和增益。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
A low cost approach for realization of W band folded waveguide travelling wave tube
Serpentine folded waveguide travelling wave tube (TWT) is designed and fabricated using photo chemical etching of thin copper sheets which are stacked in a jig cavity to realize the complete circuit with flanges and beam hole. Cold parameters and beam wave interactions are studied using HFSS and CST Particle in Cell simulations, respectively. Peak power of 10W is achieved for an input power of 100mW for a 60mm long circuit at 95 GHz. Saturation Gain of 35 dB is achieved for entire W-band (87 – 96 GHz) for this circuit.
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